How Can Comsol Model Time and Space Varying Pressure in Laser Shock Peening?

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SUMMARY

Comsol Multiphysics can effectively model time- and space-varying pressure in laser shock peening, offering a more realistic simulation compared to Abaqus. Users can implement pressure functions derived from literature, and Comsol's capability to incorporate custom partial differential equations (PDEs) enhances its versatility for modeling complex interactions. While Abaqus requires manual application of varying pressures, Comsol allows for direct modeling of laser-material interactions, making it a superior choice for this application.

PREREQUISITES
  • Familiarity with Comsol Multiphysics software
  • Understanding of laser-material interaction principles
  • Knowledge of partial differential equations (PDEs)
  • Basic concepts of heat transfer and mechanical effects in materials
NEXT STEPS
  • Explore Comsol Multiphysics documentation on modeling laser-material interactions
  • Learn how to implement custom PDEs in Comsol
  • Research pressure function implementation techniques in Comsol
  • Compare simulation results between Comsol and Abaqus for laser shock peening
USEFUL FOR

Researchers, engineers, and simulation specialists involved in laser shock peening, particularly those seeking to enhance modeling accuracy and realism in Comsol Multiphysics.

mozer911
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TL;DR
Hello, is it possible to simulate laser shock peening process in comsol?
Hello, I am trying to learn comsol but I couldn't find how to apply the pressure that changes respect to time and space.

I have pressure function from articles that I read but couldn't implemented on comsol,

and in most studies people make the simulation with Abaqus software so I am not sure that I can make same in comsol.
 
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Modeling this in Comsol should be not only possible but also more realistic than in Abaqus. To simulate such process in Abaqus you have to apply time- and spatially-varying pressure while Comsol allows you to model laser-material interaction directly. It’s meant for heat transfer effects but there’s a good chance it will work with mechanical effects as well (maybe after some modifications - Comsol even allows you to add your own PDE’s to model various unsupported physical phenomena).
 
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FEAnalyst said:
Modeling this in Comsol should be not only possible but also more realistic than in Abaqus. To simulate such process in Abaqus you have to apply time- and spatially-varying pressure while Comsol allows you to model laser-material interaction directly. It’s meant for heat transfer effects but there’s a good chance it will work with mechanical effects as well (maybe after some modifications - Comsol even allows you to add your own PDE’s to model various unsupported physical phenomena).
thank you for your reply
 
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